DNA and carbon nanotubes (CNTs) are interesting and important systems in nanoscience. They have been the subject of many investigations in the past two decades[1]}, [2]}, [3]}, [4]}, [5]}. DNA is composed of two long polymer strands organized in a double helical structure, where each strand consists of repeating units (nucleotides)[6]}. CNTs are quasi-one dimensional cylindrically wrapped graphene sheets with properties uniquely defined by theregistry dependence of the wrapping given by a chirality index \((n,m)\)  [7]}. Various applications of DNA/CNT complexes have been exploited with potential for biosensors [8]}, DNA transporters [9]}, and field effect transistors [10]}. The DNA/CNT is a composite with complicated structure with temperature dependent motion dynamics. Recently, using molecular dynamics simulations researchers have proposed molecular tweezers combining DNA and CNTs [11]} - a device with further technological and scientific potential.
